Course: GSM Advanced-BSS Parameters and GSM Interfaces.
Duration: 5 days
CIS Ref: CIS-05


  • The Idle Mode parameters
  • Power control parameters
  • Other Cell parameters
  • BSC parameters
  • BTA parameters
  • Frequency Hopping Parameters

Who should attend?
This course is open to any telecommunications professionals who require a good understanding
The BSS subsystem Parameters.

Understanding GSM

Detailed contents:

  • GSM Network Architecture and Interconnection
  • Frequency Allocation and FDMA
  • Timeslots and TDMA frames
  • TDMA Frame
  • Traffic 26-multiframe TDMA frame
  • Control 51-multiframe TDMA frame
  • Superframe
  • Hyperframe
  • Mapping of physical channel and logical channel
  • Logical Channels
        Traffic Channels
        Control Channels
  • Timing Advance TA
Idle Mode Parameters
  • Mobile states
  • Idle Mode Tasks
  • Idle Mode Process Overview
  • Cell Selection/Reselection
  • Paging Block Structure
  • Paging Parameters
  • Paging Groups
  • Transmission of Paging Message
  • Paging BSC Parameters
  • Paging MSC Parameters List
  • Extended MS Paging
  • Retransmission of pages
  • Reducing unnecessary pages
Handover Parameters
  • Radio link measurement
  • Measurement report
  • Handover process
        Handover Causes and Priorities
        Handover Types Based on Relation to Neighbor Cell
  • Power Budget
  • Ping-Pong Handover
  • BSS Rolling Average
  • N and P Voting Mechanism
  • Hreqave/Hreqt and N/P Relationship
Power control process
  • MS (uplink) Power Control
  • MS Power Control Range
  • MS Power Control Parameters
  • BTS (Downlink) Power Control
  • BTS Power Control Range
  • BTS Power Control Parameters
  • Power Control - Measurement and Procedure
  • Quality Power Control Window
  • RX level Power control Window (Threshold Comparison)
  • Rapid MS Power Down
  • Optimized Power Control
  • Power Control Combinations For Uplink and Downlink
Other cell Parameters
Frequency Hopping Parameters
Other Parameters

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